Structural

This tool analyzes and checks each fillet weld in a weld group for in-plane loading using the Instantaneous Center of Rotation (ICR) concept. Then, the shear force at each end of each weld line is checked to ensure that the critical design shear is considered. All calculations are performed in accordance with AS 4100:2020.

This technical report designs timber bending members, commonly referred to as rafters and joists, by ensuring the beam meets flexural, shear, bearing, deflection and vibration requirements. The analysis takes into account a notch at the support. All calculations are performed in accordance with Eurocode 5.

This tool is used to analyze and design a rectangular reinforced concrete column. It considers applied axial, shear, and moment loads and produces relevant load combinations. It then displays these design loads on a P-M Interaction Diagram to show if the design meets ULS requirements. All calculations are based on ACI 318-19 standards.

Calculate the flexural and shear design capacity of a reinforced concrete section, according to Australian Standards.

This template is used to analyze and design reinforced concrete beams. It considers applied axial, shear, and moments and checks all ULS and SLS load combinations. It checks the moment and shear capacities, deflections, as well as the minimum depth, cover, and reinforcement required based on ACI 318-19 and ASCE 7-22 standards.

Calculate the combined axial and bending design capacity of a reinforced concrete section, according to Australian Standards.